4. Find the head loss in a pipeline consisting of 200 ft of 4-in steel pipe, a 90° bend on 24-in radius (K = 0.15), 4-in gate valve (fully open) (K = 0.20), 100 ft of 4-in steel pipe, expansion to 6 in with a 20° taper (K = 0.4), 300 ft of 6-in steel pipe, abrupt contraction to 3-in diameter (K = 0.35), and 50 ft of 3-in steel pipe. The discharge rate is 1.5 cfs.

Q: a pipe system is as shown er a total head of 100 ft at 40°F. Atmospheric press PSH is 9 ft, will…

A: data  we have  discharge =  495gpm total head = 100 ft  tempertaure = 40°F  Atmospheric pressure…

Q: Flow In Closed Conduits 4. Water flows at 70F flows in a 6-in. diameter new galvanized iron pipe at…

A: Given data: Temperature of water = 70°F                     Pipe diameter = 6 in = 0.5 ft…

Q: Q5: For the system shown in figure. Find the total head loss from (A) to (B). the pipe…

A:

Q: For the parallel-pipe system of D=3 in L= 250 ft Fig. each pipe is cast iron, and the pressure drop…

A:

Q: 2- A pipeline carrying oil (sp. gr = 0.87) changes in diameter from 200 mm at position #1 to 500 mm…

A: Given, SG= 0.87 d1 = 0.2 m d2 = 0.5 m z1 = 0 m z2 = 4 m p1 = 100 KN/m2 = 100000 N/m2 p2 = 60 KN/m2 =…

Q: For the system shown in figure. find the power that the turbine can extract. The discharge through…

A:

Q: 5. A 50-m duct is 0.060-m in diameter (Figure 2). Calculate the flow rate (m³/sec). Pfluid=917 kg/m³…

A:

Q: 2. A 30 cm pipe is connected by a reducer to a 10 cm pipe. Points 1 and 2 a same elevation. The gage…

A: Givend1=30cmd2=10cmZ1=Z2 P1=207 kPaQ12=30 L/s=0.030 m3/shL=2.5m

Q: Calculate the flow through a three-new steel pipes connected in series having diameters of 6 in., 8…

A: Given data: The diameter of pipe 1, d1 = 6 in. The diameter of pipe 2, d2 = 8 in. The diameter of…

Q: : Determine the required head H at the inlet section of the oil pipeline. The piston speed is V=15…

A:

Q: In the system shown, the water discharge flow rate of 0.0025 m³/s is delivered through the 8 cm…

A: Given data: ◆ The length and diameter of the pipe: L = 406 m , d = 8 cm = 0.08 m ◆ The average…

Q: You were asked to design a water storage tank for your processing plant. The tank is…

A:

Q: A series of commercial steel pipe which length, I = 20 in. and diameter, d = 0.8 in. is placed on…

A: “Since you have posted a question with multiple sub-parts, we will solve first three sub-parts for…

Q: QI A 0.5 inch diameter water pipe is 18 m long and delivers 19 L/min. What fraction of this pipe is…

A: Given DataQ=19L/minD=0.5 inL=18m

Q: 2. Water at 50°F is pumped from pond 1 to pond 2. Calculate the volumetric flow rate and pump power…

A:

Q: i just need final answer The water is delivered with piping system given in the figure below. The…

A:

Q: A is 2000 m gas flow line (6-in) and B is 2500 m liquid flow line (4-in) should be onnected both…

A:

Q: Water at 20°C is to be pumped from Reservoir 1 to Reservoir 2 at a rate of 3 m³/min through a 2000 m…

A:

Q: Problem : Taking into account only the local resistances, determine the level difference in the tank…

A:

Q: 3 whot is the pressure in a 9.7-in bore horizontal pipe, :f the bore of the pipe norrows to 4.1 in…

A: Fluid Pressure Fluid Pressure is the pressure at point in the fluid arising due to weight of fluid.…

Q: I need complete solution (step by step process) with given. Thanks Note: Instead of using g = 9.81…

A: Hl=1.39 mL=40 mf=0.012Q=600 L/s =0.6 m3/sg=9.806 m/s2

Q: w through horizontal wrought pe: v= 3 m/s

A:

Q: 6. SAE 10 oil is being released from a main reservoir to a smaller reservoir. The pipeline consists…

A: ◆ The total head loss in the pipeline is the summation of major head loss and minor head loss. ◆…

Q: The critical cavitation number of a pump is 0.12, the vapor pressure head is 0.2 m, the atmospheric…

A:

Q: ancellation and do not use shift solv

A: Given-Information:- ρ = 875 kg/m3∆P = p1-p2=78 psi = 6032.91 kN/m2d1 = 25.4 mm =0.0254 md3 =0.20…

Q: 2. A pump is required to deliver water to an elevated storage tank. The water must be raised 44 m,…

A: Please find the solution below

Q: Q2 .. h, are 12m. The pump efficiency is 79%, and the pump is driven by an electric motor. A pump…

A:

Q: 22/Water flows steadily through the nozzle shown in Figure No. (2) at flow rate Q= 0.06 (m³/s). The…

A: Since you have uploaded multiple question, as per the guidelines we will answer the first question…

Q: EL..20m K=0.5 A= fi= 0.02 D₁-0.3m Lis 150m F₂2 0.02 Da= 0.6m L₂=240m Valve For Valve K= 0.2 EL.: 5m…

A:

Q: Gasoline (sg0.67) is flowing at 0.11 m³/s in the fabri- cated tube shown in Fig. 6.19. If the…

A: Given:Outer diameter of the larger pipe, D=160 mmThickness of the larger pipe, t1=5.5 mmOuter…

Q: r=20mm, the friction factor , the shear stress at pipe wall and the head loss per meter of the pipe…

A: Given: s=0.85 ρ=850 kg/m3ν=1.8×10-5 m2/sD=100 mmQ=0.50 L/sTo determine:Center line velocityvelocity…

Q: Write legibly 5. A series galvanized iron pipes (C = 120) consisting of 20 in. diameter of length…

A: Given Data→convert values from inch to feet1 feet = 12 inchD1=20 in =1.667 feetD2=16…

Q: 3. The water tank of a city is going to be drained for contamination purposes, calculate the maximum…

A:

Q: An oil well has the following specifications; • Tubing diameter = 2.875” • Tubing roughness = 0.0254…

A:

Q: Consider water flow through a pipe 6 m long and internal diameter 300 mm. The head loss due to…

A: Length of pipeL=6mDiameter of pipeD=300mm=0.3mhead loss due to frictionhf=6mValue of surface…

Q: how to calculate water friction head loss given data : Tower tank height = 110 M volume of tank =…

A: Head loss alludes to an estimation of the energy disseminated in a liquid framework because of…

Q: A pipe of unknown type, length and diameter includes a threaded union (KL = 0.08), 90° %3D threaded…

A: Given data  minor loss coefficients for threaded union = 0.08  minor loss coefficient for 90o…

Q: Please check attach file

A:

Fluid Dynamics

The study of the flow of gases and liquids, usually in and around solid surfaces, is known as fluid dynamics in physics and engineering. Fluid dynamics, for example, can be used to evaluate the movement of air through an airplane wing or the surface of a vehicle. It can also be used in ship design to increase the speed at which ships pass through water.